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This is one of the most common questions are asked by customers retrofitting underfloor heating (UFH).
As UFH designers/suppliers/installers, we would recommend insulation in every case and, not just in the floor. We design systems to produce more than enough heat output to satisfy the needs of any property, however it’s the insulation in the property that keeps that heat in where it’s required!

Positioning the underfloor heating (UFH) manifold is an important aspect of your UFH system. It is often thought that it needs to be near the boiler/cylinder/heat pump. It is in fact better to be in the room where the UFH system is to be fitted or very close by if it’s a single room (single zone) system or somewhere central for multi-room (multi-zone) system.

Wall heating systems work very similar to underfloor heating in that they heat a room predominantly by radiation (like the sun) as a result of pumping warm water through looped pipes.
Wall heating systems are often used as an alternative to UFH in renovation projects. Until the recent additions of retrofit and wall heating systems, installing ufh resulted in the floor having to be excavated. Although Retrofit UFH kits have eliminated the need to fully excavate flooring, this does not mean wall heating systems are now redundant. It is not always economically viable to re-lay flooring after installing ufh such as in renovations of older homes.

Underfloor heating is a great addition to any home, lowering your energy bills and providing your home with a more efficient heat source. However, you might be worried about how to install underfloor heating, or if you can install underfloor heating with joisted floors. Well don't worry, here are examples of how you install underfloor heating with solid and joisted floors:

Underfloor heating is a great economical way of heating your home. Whether you are considering adding it to a building, as part of an extension, or as part of a new build or a renovation and it may be domestic or commercial.

1. If you have a fault once the system is up and running, the first thing to check is the flow rate in the flow meters. Make sure they are set between 1.5L/min and 2L/min for boiler use and 1L/min for heat pump use. If there is no reading (the red indicator is at the top) nothing is flowing around the loop.2. Then take off your actuator heads, if you then get a flow or your system then works you know it is an electrical problem. If after taking all the actuators off you still have problems then it will be a flow fault